CN106348098B - A kind of cable demoulding cut-out all-in-one machine - Google Patents
A kind of cable demoulding cut-out all-in-one machine Download PDFInfo
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- CN106348098B CN106348098B CN201610978744.XA CN201610978744A CN106348098B CN 106348098 B CN106348098 B CN 106348098B CN 201610978744 A CN201610978744 A CN 201610978744A CN 106348098 B CN106348098 B CN 106348098B
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- driving
- demoulding
- take
- cable
- delivering
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- 238000005520 cutting process Methods 0.000 claims abstract description 77
- 238000004804 winding Methods 0.000 claims abstract description 16
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- 238000009434 installation Methods 0.000 claims description 11
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- 238000007906 compression Methods 0.000 claims description 10
- 230000005611 electricity Effects 0.000 claims description 6
- 206010018325 Congenital glaucomas Diseases 0.000 claims description 4
- 206010012565 Developmental glaucoma Diseases 0.000 claims description 4
- 208000007157 Hydrophthalmos Diseases 0.000 claims description 4
- 201000001024 buphthalmos Diseases 0.000 claims description 4
- 230000009286 beneficial effect Effects 0.000 abstract description 2
- 239000010408 film Substances 0.000 description 27
- 238000010586 diagram Methods 0.000 description 6
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- 241000220317 Rosa Species 0.000 description 5
- 229910000746 Structural steel Inorganic materials 0.000 description 5
- 239000010410 layer Substances 0.000 description 5
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- 239000010409 thin film Substances 0.000 description 3
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- 238000005516 engineering process Methods 0.000 description 2
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H67/00—Replacing or removing cores, receptacles, or completed packages at paying-out, winding, or depositing stations
- B65H67/04—Arrangements for removing completed take-up packages and or replacing by cores, formers, or empty receptacles at winding or depositing stations; Transferring material between adjacent full and empty take-up elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2701/00—Handled material; Storage means
- B65H2701/30—Handled filamentary material
- B65H2701/34—Handled filamentary material electric cords or electric power cables
Landscapes
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The present invention provides a kind of cable demoulding and cuts off all-in-one machine, solves to cable demoulding and the technical issues of to cable cutting after demoulding.Including device for removing scum, draft gear, disconnecting device, take-up and complete machine rack；The draft gear be mounted on the complete machine rack lower end and positioned at stripper apparatus top, the cutter device be mounted on complete machine rack upper end and with draft gear unicom；Take-up is mounted in complete machine rack, and positioned at the top of cutter device, for winding cable.The beneficial effects of the invention are as follows：Automatic poking can be carried out to the film of cable outer layer to remove, and realize the spacing take-up of take-up.
Description
Technical field
The present invention relates to cable demoulding disconnecting device technical field, specifically a kind of cable demoulding cuts off all-in-one machine.
Background technology
Cable is in order to prevent wound with the friction damage of cable, the superficies of cable in transportational process in manufacture
Thin film.Before actual installation, need to remove the film of cable outer layer.Since the cable that manufacture transports is often longer,
Application request is not met.Therefore, the cable after demoulding is cut off.In the prior art, often through artificial form removal
With cut off, but labor intensity is big, and efficiency is low.Accordingly, it is desirable to provide a kind of technical solution is insufficient in existing issue to solve.
Invention content
The purpose of the present invention is to provide a kind of cable demouldings to cut off all-in-one machine, after solving to cable demoulding and to demoulding
Cable cutting the technical issues of.
The technical scheme adopted by the invention to solve the technical problem is that：A kind of cable demoulding cut-out all-in-one machine, including it is de-
Film device, draft gear, disconnecting device, take-up and complete machine rack；
Device for removing scum includes demoulding cabinet, demoulding power mechanism, sun gear mechanism and winding mechanism, the demoulding power
Mechanism is mounted on the outside of demoulding cabinet side, and the sun gear mechanism includes solar disk and driving cylinder, drives cylinder
Bottom end is rotatably mounted on the upper end of the demoulding cabinet, and the driving cylinder is connected to the demoulding cabinet；The driving
Cylinder is connect by transmission mechanism with the demoulding power mechanism, and the solar disk is fixedly mounted on the upper of the driving cylinder
End；The winding mechanism is rotatably mounted on the solar disk；Winding mechanism by transmission device with it is described too
Positive disk connection；
The draft gear is mounted on the lower end of the complete machine rack and the top positioned at stripper apparatus, the cut-out
Device is mounted on the upper end of complete machine rack and is connected to draft gear；Take-up is mounted in complete machine rack, and positioned at cut-out
The top of device, for winding cable.
The winding mechanism uses planetary wheeling mechanism, including planetary gear, planet axis and planet driven wheel；The planet
Wheel is mounted on the upper end of the planet axis；The planet axis is rotatably mounted on the solar disk, planet driven wheel
It is connect with the driving cylinder by transmission device mounted on the lower part of planet axis.
Further, including adjustable friction clutch, the lower part of the planet axis are equipped with lower screw thread；The adjustable
Friction clutch includes that friction plate, debugging board, debugging spring and the elastic handle of debugging, the friction plate are fixedly mounted on described
The upper end of lower screw thread, the debugging board are sleeved in the planet axis at the lower screw thread, and the debugging board is located at the friction
The lower section of plate；The elastic handle of debugging includes debugging nut, and the debugging nut is screwed onto the lower end of lower screw thread；The tune
Spring pocket is tried in the planet axis between the debugging nut and debugging board；The planet driven wheel is sleeved on the friction
In planet axis between plate and debugging board, the planet driven wheel is connect by belt with the driving cylinder.
The draft gear, including traction frame, electronic hold-down mechanism, the first liftable rotation delivery mechanism, second
Fixed rotation delivery mechanism and third fix rotation delivery mechanism；First liftable rotates delivery mechanism, the second fixation
Rotation delivery mechanism and third fix rotation delivery mechanism and are separated by 120 ° respectively in the traction frame；Traction frame
Upper end be fixedly connected with the lower end of the complete machine rack；
First liftable rotation delivery mechanism, the second fixation rotation delivery mechanism and the third fixes rotation delivery machine
Structure includes delivering driving motor, worm speed reducer, delivering driving pulley, delivering driven pulley, delivering tensioning wheel, delivering skin
Band, belt wheel mounting plate；
The delivering driving motor and worm speed reducer are respectively and fixedly installed to the rear side of the belt wheel installation front edge of board, institute
The output shaft for stating delivering driving motor is fixedly connected with the input shaft of the worm speed reducer；The delivering driving pulley can turn
The dynamic front side mounted on the front end of the belt wheel mounting plate, the delivering driven pulley, which is rotatably mounted on the belt wheel, pacifies
On front side of the rear end of loading board；The delivering tensioning wheel is mounted on the delivering driving pulley and delivers the belt wheel between driven pulley
On mounting plate, the delivering tensioning wheel includes multiple；The delivering driving pulley and delivering driven pulley passes through described
Belt connection is delivered, the lower end of the delivering tensioning wheel is pressed on the delivering belt；
The described first liftable rotation delivery mechanism includes liftable mounting base, and liftable mounting base is mounted on described the
One liftable rotates the front-end and back-end of delivery mechanism；The liftable mounting base include liftable traction frame mounting plate and
It compresses and adjusts sliding rail, the compression adjusts sliding rail and is fixedly mounted in the traction frame, the liftable dragger
The outer end of frame mounting plate is slidably mounted on the compression and adjusts in sliding rail, the inner end of the liftable traction frame mounting plate
It is fixedly connected with the belt wheel mounting plate；
Described second fixes rotation delivery mechanism and third fixes rotation delivery mechanism and include fixed mounting, and second
The front-end and back-end of fixed rotation delivery mechanism are respectively mounted fixed mounting, and third fixes the front-end and back-end of rotation delivery mechanism
It is respectively mounted fixed mounting；The fixed mounting includes fixed mounting plate, and fixed mounting plate inner end is pacified with the belt wheel
Loading board is fixedly connected, and the fixed mounting plate outer end is fixedly mounted in the traction frame；
The electronic hold-down mechanism includes clamping motor, turbine lift, and the clamping motor is fixedly mounted on described
The upper end of traction frame, the turbine lift are fixedly mounted in traction frame, the output shaft of the turbine lift
Lower end is rotatably connect with liftable traction frame mounting plate by axial thrust roller bearing；The turbine lift input
Axis is fixedly connected with the output shaft of the clamping motor.
The cutter device includes cutting cabinet, cutting rotary power driving mechanism, swing span, combination jet cutting machine structure
With swing span driving mechanism；The bottom end of the cutting cabinet is fixedly mounted on the upper end of complete machine rack；
The cutting rotary power driving mechanism include circumgyration incision driving motor, active toothed belt wheel, driven toothed belt wheel,
Toothed belt and rotating disk, the circumgyration incision driving motor are fixedly mounted on the cutting cabinet, and the circumgyration incision drives
The output shaft outer end of dynamic motor is fixedly connected with the active toothed belt wheel；The driven toothed belt wheel is rotatably mounted on described
Cutting cabinet on, the driven toothed belt wheel is connect by the toothed belt with the active toothed belt wheel；The rotation
Turntable is fixedly mounted on one end on the outside of driven toothed belt wheel；The swing span is hinged with the rotating disk；
The combination jet cutting machine structure includes cutting driving motor and cutter, the output shaft of the cutting driving motor
It is fixedly connected with the shaft of the cutter；The cutting driving motor is fixed on the swing span outer end；
The swing span driving mechanism includes that wobble drive motor, speed reducer, swing span driving leading screw and swing span drive
The inner end of dynamic screw, the speed reducer is fixedly mounted in the rotating disk, the output shaft of the swing span driving motor with
The speed reducer input shaft is fixedly connected, and the outer end of the output shaft of the speed reducer and the swing span driving leading screw, which is fixed, to be connected
It connects；The swing span driving screw is spirally connected with swing span driving leading screw, the swing span driving screw and the swing span
Inner end it is hinged.
The take-up includes take-up driving mechanism, take-up reel Agency to clamping device, and the take-up is driven
Motivation structure includes take-up support plate, positive and negative sliding block, two-way positive and negative screw mechanism, positive and negative driving motor, the take-up support plate
Bottom be fixed on the upper end of the complete machine rack；
The upper end of the take-up support plate is equipped with guide rail, and the intermediate longitudinal direction of the guide rail is equipped with groove, and described is recessed
Two-way positive and negative screw mechanism is installed in slot；The two-way positive and negative screw mechanism includes forward lead screw, positive screw and reversed
Screw, the forward direction screw and reverse silk mother stock are not spirally connected with the forward lead screw, and the both ends of the forward lead screw are rotatable
On the both ends of the take-up support plate；The output shaft of one end of the forward lead screw and the positive and negative driving motor
It is fixedly connected；
The positive and negative sliding block includes positive sliding block and reverse slide block, is slidably sleeved on respectively on the guide rail,
The bottom end of the forward direction sliding block is connect with the positive screw, and the bottom end of the reverse slide block connects with the reversed screw
It connects；
The two-way clamping mechanism includes positive holding frame, reverse clamp frame, drum drive shaft and spiral driving motor,
The bottom end of the forward direction holding frame is fixed on the positive sliding block, and reverse clamp frame bottom end is fixed on the reverse slide block
On；The drum drive shaft is rotatably mounted on the positive holding frame by bearing；The spiral driving electricity
The output shaft of machine drives axis connection with the drum；The take-up disc mechanism includes take-up reel, take-up reel installation
In the drum drive shaft.
The spiral driving motor is equipped with photoelectric encoder；It is uniformly equipped on the medial surface of the reverse clamp frame more
A buphthalmos bearing.
Spline is fixed on the surface of the drum drive shaft, the take-up reel uses hollow cylinder barrel structure, receives
The both sides of drum are equipped with the surrounding edge of protrusion；The hollow cavity of take-up reel is equipped with keyway, and the keyway drives with the drum
Spline on axis is correspondingly arranged.
The keyway coordinates with the spline gaps.
The beneficial effects of the invention are as follows：
1, the present invention utilizes device for removing scum, can carry out automatic poking to the film of cable outer layer and remove；Draft gear being capable of band
Cable after dynamic demoulding moves up, and is finally wrapped on take-up, and take-up can use cutting dress after full cable
It sets and is cut off.
2, device for removing scum of the invention is equipped with adjustable friction clutch, can adjust planetary gear and turn with respect to sun gear
Speed, to adjust winding elasticity of the planetary gear to cable film.
3, draft gear of the invention can adjust the size in cable passage gap, to deliver the cable of different thicknesses.
4, take-up of the invention, is clamped winding roll using two-way clamping mechanism, facilitates the dismounting of winding roll；
The spiral driving motor of take-up is equipped with photoelectric encoder, can detect the rotating cycle of motor, to realize that take-up fills
The spacing take-up set.
Description of the drawings
Fig. 1 is the overall structure installation relation schematic diagram of the present invention；
Fig. 2 is device for removing scum overall mechanism schematic diagram in Fig. 1 of the present invention；
Fig. 3 is the lower view of Fig. 2；
Fig. 4 is the front view of Fig. 2；
Fig. 5 is the right view of Fig. 4；
Fig. 6 is the A-A sectional views of Fig. 5；
Fig. 7 is draft gear overall mechanism schematic diagram in Fig. 1 of the present invention；
Fig. 8 is partial enlarged view at A in Fig. 7；
Fig. 9 is the front view of Fig. 7；
Figure 10 is partial enlarged view at B in Fig. 7；
Figure 11 is that the first liftable rotates delivery mechanism, the second fixation rotation delivery mechanism and third fixation rotation delivery machine
Structure assembly relation right view；
The first liftable of Figure 12 sheets rotates delivery mechanism schematic elevation view；
Figure 13, which is that the first liftable rotation delivery mechanism is attached, regards schematic diagram；
Figure 14 is disconnecting device overall mechanism schematic diagram in Fig. 1 of the present invention；
The right hand view of Figure 15 Figure 14；
The schematic top plan view of disconnecting device in Figure 16 Fig. 1 of the present invention
Figure 17 is the overall structure front view enlarged drawing of driven toothed belt wheel；
Figure 18 is the overall structure diagram that take-up removes after take-up reel in Fig. 1 of the present invention；
In figure：1. device for removing scum；2. draft gear；3. disconnecting device；4. take-up；5. complete machine rack；6. stripping machine
Case；7. 8. contiuously variable transmission of demoulding driving motor；9. driving pulley；10. solar disk；11. line outlet；12. guide posts；13. driving
Dynamic cylinder；14. planetary drive wheel；15. solar disk driven pulley；16. planetary gear；17. planet axis；18. quick position fixing knob；19.
Adjustable friction clutch；20. friction plate；21. debugging board；22. debugging spring；23. the elastic handle of debugging；24. planet is driven
Wheel；25. traction frame；26. electronic hold-down mechanism；27. clamping motor；28. turbine lift；29. the rotation of the first liftable is passed
Send mechanism；30. delivering driving motor；31. worm speed reducer；32. delivering driving pulley；33. delivering driven pulley；34. delivering
Tensioning wheel；35. delivering belt；36. belt wheel mounting plate；37. liftable rack mounting plate；Sliding rail is adjusted 38. compressing；39. second
Fixed rotation delivery mechanism；40. fixed mounting plate；41. third fixes rotation delivery mechanism；42. cutting cabinet；43. rotary cutting
Cut driving motor；44. active toothed belt wheel；45. driven toothed belt wheel；46. driven inner ring；47. driven outer ring；48. toothed belt；49.
Rotating disk；50. swing span；51. cutting driving motor；52. cutting chamfering combines knife；53. wobble drive motor；54. speed reducer；
55. swing span drives leading screw；56. swing span drives screw；57. take-up support plate；58. positive sliding block；59. reverse slide block；60.
Forward lead screw；61. positive and negative driving motor；62. positive holding frame；63. reverse clamp frame；64. drum drive shaft；65. spiral drives
Dynamic motor；66. take-up reel；67. buphthalmos bearing.
Specific implementation mode
As shown in Fig. 1 to 18, a kind of cable demoulding cut-out all-in-one machine, including device for removing scum 1, draft gear 2, disconnecting device
3, take-up 4, complete machine rack 5 and control system；
Device for removing scum 1 is for removing high-tension cable outer membrane, including demoulding cabinet 6, demoulding actuating unit, the demoulding sun
Take turns mechanism, demoulding planetary wheeling mechanism and adjustable friction clutch 19.
The demoulding cabinet 6 is located at the lower section of complete machine rack 5 of the present invention, and 6 one side of demoulding cabinet is used to fill demoulding
The other mechanisms for setting 1 play the role of fixed and installation, are on the other hand used to hold needs by the cable of demoulding, the demoulding cabinet
6 bottom is equipped with demoulding turntable, and demoulding turntable is equipped with the disc structure of mounting base using bottom, and the bottom for demoulding turntable passes through peace
Dress seat is rotatably connect with the bottom of demoulding cabinet 6 by bearing；It needs to be positioned over the demoulding turn by the cable of demoulding
On disk.
The demoulding actuating unit is used to provide power for device for removing scum 1, and the demoulding actuating unit is mounted on institute
State the outside of 6 side of demoulding cabinet, including demoulding driving motor 7 and contiuously variable transmission 8.The demoulding driving motor 7 passes through
Pedestal is fixed on the lateral wall of the demoulding cabinet 6, and the contiuously variable transmission 8 is fixed on the demoulding cabinet by pedestal
On 6 lateral wall, and positioned at the top of the demoulding driving motor 7；The output shaft of the demoulding driving motor 7 with it is described stepless
The input axis connection of speed changer 8；The contiuously variable transmission 8 is equipped with gearshift adjustment handwheel, and contiuously variable transmission 8 is defeated for adjusting its
Go out rotating speed；Demoulding driving pulley 9, the demoulding driving pulley 9 is fixedly mounted in the upper end of the output shaft of the contiuously variable transmission 8
For driving the demoulding sun gear mechanism to rotate.
The demoulding sun gear mechanism is used to drive the rotation of cable outer layer film, so that film is removed from cable, institute
The demoulding sun gear mechanism stated includes solar disk 10 and driving cylinder 13.The driving cylinder 13 is for driving the solar disk 10
Rotation, the driving cylinder 13 use cylinder through-hole structure, the bottom end of the driving cylinder 13 rotatably to be installed by bearing
In the upper end of the demoulding cabinet 6, the driving cylinder 13 is connected to the demoulding cabinet 6；Outside the top of the driving cylinder 13
Circumference is equipped with planetary drive wheel 14, and the planetary drive wheel 14 is for driving the demoulding planetary wheeling mechanism；The drive
The lower outer circumferential of dynamic cylinder 13 is equipped with solar disk driven pulley 15, the solar disk driven pulley 15 by belt with it is described
The demoulding driving pulley 9 of the output shaft upper end of contiuously variable transmission 8 connects, and the demoulding driving pulley 9 drives institute by belt
The solar disk driven pulley 15 stated rotates, and then the driving cylinder 13 is driven to be rotated in the top of demoulding cabinet 6.It is described too
Positive disk 10 is fixedly mounted on the upper end of the driving cylinder 13, and the solar disk 10 uses circular discs, and the bottom of solar disk 10 is set
There are reinforcing rib, the center of the solar disk 10 to be equipped with line outlet 11, the line outlet 11 and the driving cylinder 13
Connection；High-tension cable penetrates in the driving cylinder 13, so during removing two external films out of the demoulding cabinet 6
Be pierced by afterwards by the line outlet 11, after the cable demoulding that line outlet 11 is pierced by by the draw of draft gear 2 to
Upper movement.The both sides of the line outlet 11 are equipped with guide posts 12, and the guide posts 12 are used for during film dismantling, to removing
Guiding function is played in the movement of film afterwards.
The demoulding planetary wheeling mechanism is for pulling the film dragged on cable, to make the film of cable outer layer be removed,
And be wound the film after dismounting, the demoulding planetary wheeling mechanism is symmetrically installed on the two of 10 ontology of the solar disk
Side, two symmetrical demoulding planetary wheeling mechanisms are used alternatingly, and the demoulding planetary wheeling mechanism includes planetary gear 16, planet
Axis 17, quick position fixing knob 18 and planet driven wheel 24.
The top of the planet axis 17 is equipped with upper screw thread, and the lower end of the upper screw thread is equipped with lower fixed ring, and described is lower solid
Determine ring to be fixedly connected with the planet axis 17；The centre position of the planetary gear 16 is equipped with through-hole, the planetary gear
16 are sleeved on by the through-hole in the planet axis 17 at the upper screw thread.The quick position fixing knob 18 includes positioning spiral shell
Female and position fixing knob, the position fixing knob are fixed on the outside of the location nut, and position fixing knob facilitates turning for location nut
Dynamic, the location nut and the upper end of the upper screw thread on 17 top of the planet axis is spirally connected；18 downward spiral of quick position fixing knob
When mobile, the planetary gear 16 is fastened in the planet axis 17, the movement of 18 upward spiral of quick position fixing knob can be with
It removes, and then the planetary gear 16 can be removed from planet axis 17 from the upper end of planet axis 17.The planet axis 17
It is rotatably mounted on the solar disk 10 by bearing.
The lower part of the planet axis 17 is equipped with lower screw thread, at the lower screw thread for install the adjustable friction from
Clutch 19 and planet driven wheel 24.The adjustable friction clutch 19 includes friction plate 20, debugging board 21, debugging spring 22
With the elastic handle 23 of debugging, the friction plate 20 is fixedly mounted on the upper end of the lower screw thread；The centre of the debugging board 21
Position is equipped with through-hole, and the through-hole diameter on debugging board 21 is more than the diameter of the planet axis 17, and debugging board 21 is by described
Through-hole is sleeved in the planet axis 17 at the lower screw thread, i.e., debugging board 21 can be at the lower screw thread of planet axis 17 along planet axis 17
Axial direction move up and down, the debugging board 21 is located at the lower section of the friction plate 20；The elastic handle of the debugging 23
Including debugging handle and debugging nut, the debugging handle is fixed on the side of the debugging nut, the debugging handle
The rotation of debugging nut, the debugging nut is facilitated to be screwed onto the lower end of lower screw thread.The debugging spring 22 is sleeved on institute
It states in the planet axis 17 at the lower screw thread between debugging nut and debugging board 21.On the centre position of the planet driven wheel 24
Equipped with through-hole, the through-hole diameter on planet driven wheel 24 is more than the diameter of the planet axis 17, and planet driven wheel 24 passes through described
Through-hole be sleeved in the planet axis 17 at the lower screw thread, planet driven wheel 24 can be at the lower screw thread of planet axis 17 along planet
The axial direction of axis 17 finely tunes movement up and down；The planet driven wheel 24 be mounted on the friction plate 20 and debugging board 21 it
Between, the planet driven wheel 24 is connect by belt with the planetary drive wheel 14 on the driving 13 top excircle of cylinder, i.e.,
The planetary drive wheel 14 drives the planet driven wheel 24 to rotate by belt.
The rotating speed of the planetary gear 16 is adjusted by the adjustable friction clutch 19.When the rotating speed of planetary gear 16 needs
When wanting quicker, moved by the elastic 23 upward spiral of handle of debugging, and then institute is pushed by the debugging spring 22
The debugging board 21 stated moves up, and debugging board 21 and friction plate 20 clamp the planet driven wheel 24, planetary gear 16 with rub
Frictional force between wiping board 20 increases, to which planet driven wheel 24 drives the planet axis 17 quick by the friction plate 20
Rotation, and then the rotation of planetary gear 16 is accelerated；It is elastic by the debugging when the rotating speed of planetary gear 16 needs slower
23 downward spiral of handle moves, and the debugging spring 22 reduces the thrust of the debugging board 21, debugging board 21 and friction
Plate 20 reduces 24 clamping degree of planet driven wheel, and the frictional force between planetary gear 16 and friction plate 20 reduces, to
Planet driven wheel 24 drives the planet axis 17 to rotate reduction by the friction plate 20, and then the planetary gear 16 rotates
It is slack-off.
The draft gear 2 is mounted on the lower section of the complete machine rack 5, and is located at the top of the device for removing scum 1,
For drawing the cable after delivering demoulds, and the cable for delivering different thicknesses to be clamped, including traction frame 25, electronic pressure
Tight mechanism 26, the first liftable rotation delivery mechanism 29, second fix rotation delivery mechanism 39, third fixes rotation delivery mechanism
41, the rear and front end of the traction frame 25 is equipped with traction frame fixed plate.
The first liftable rotation delivery mechanism 29, second fixes rotation delivery mechanism 39 and third is fixed rotation and passed
It send mechanism 41 to be separated by 120 ° respectively to be longitudinally mounted in the traction frame 25, intermediate gap forms cable passage, cable
Channel is located at right over the line outlet 11 on the device for removing scum 1, is correspondingly arranged with the line outlet 11 on device for removing scum 1；It is described
The upper end of traction frame 25 is fixedly mounted on the lower end of the complete machine rack 5；Cable after demoulding is rotated from the first liftable
Delivery mechanism 29, second fixes rotation delivery mechanism 39 and third is fixed in the cable passage formed between rotation delivery mechanism 41
Pass through, that is, the cable passed through may be from being separated by the effect of the clamping force and delivering power in 120 ° of three directions；
The first liftable rotation delivery mechanism 29 includes delivering driving motor 30, worm speed reducer 5431, delivering
Driving pulley 32, delivering driven pulley 33, delivering tensioning wheel 34, delivering belt 35, belt wheel mounting plate 36 and liftable mounting base,
Liftable mounting base is mounted on the front-end and back-end of first liftable rotation delivery mechanism 29, for revolving the first liftable
Turn delivery mechanism 29 on the rear and front end of traction frame 25.The liftable mounting base includes the installation of liftable rack
Plate 37 and compression adjust sliding rail 38, and the rack that the compression adjusting sliding rail 38 is fixedly mounted on the traction frame 25 is fixed
On plate, the compression adjusts sliding rail 38 and uses oat tail groove structure, and the outer end of the liftable rack mounting plate 37 is slidably
Compressions that be mounted on adjust in sliding rail 38, the inner end of the liftable rack mounting plate 37 and the belt wheel mounting plate 36
It is fixedly connected；Angle iron is welded between the liftable rack mounting plate 37 and belt wheel mounting plate 36, the angle iron is used for
Enhance the bonding strength between liftable rack mounting plate 37 and belt wheel mounting plate 36.
The electronic hold-down mechanism 26 is used to adjust the inside and outside movement of the first liftable rotation delivery mechanism 29, to adjust
To the size of cable pressure, the electronic hold-down mechanism 26 includes clamping motor 27, turbine lift 28, compression electricity
Machine 27 uses dual-axle motor, the clamping motor 27 to be fixedly mounted on the upper end of the traction frame 25 by base board；It is described
Turbine lift 28 be arranged two, the turbine lift 28 described in two is fixedly mounted on the dragger by pedestal respectively
In the rack fixed plate of the rear and front end of frame 25；25 rear and front end of the traction frame installation the turbine lift 28 it is defeated
The lower end of shaft rotates liftable rack mounting plate 37 and belt wheel mounting plate 36 in delivery mechanism 29 with the first liftable respectively
Between angle iron outer end, rotatably connected by axial thrust roller bearing, i.e. the output shaft of turbine lift 28 is
Delivery mechanism 29 can be rotated with first liftable to relatively rotate, while first liftable can be driven to rotate again and passed
It send and is moved inside and outside mechanism 29.The 28 input shaft inner end of the turbine lift of rear and front end installation is defeated with the clamping motor 27
Shaft is fixedly connected.When clamping motor 27 drives, clamping motor 27 drives the turbine at both ends by the motor output shaft at both ends
The output shaft of elevator 28, both ends turbine lift 28 can drive liftable rack mounting plate 37 on compressing adjusting sliding rail 38
Inside and outside movement, i.e., the first described liftable rotation delivery mechanism 29 realize inside and outside movement.
Described second fixes rotation delivery mechanism 39 and third fixes rotation delivery mechanism 41 and respectively includes delivering driving
Motor 30, worm speed reducer 5431, delivering driving pulley 32, delivering driven pulley 33, delivering tensioning wheel 34, delivering belt 35,
Belt wheel mounting plate 36 and fixed mounting, described second fixes rotation delivery mechanism 39 and third fixation rotation delivery mechanism 41
The difference that delivery mechanism 29 is rotated with first liftable is only in that the first liftable rotates the two of delivery mechanism 29
End installation liftable mounting base, and described second fixes rotation delivery mechanism 39 and third fixes the two of rotation delivery mechanism 41
End uses fixed mounting.The fixed mounting is separately mounted to the second fixation rotation delivery mechanism 39 and third fixes rotation
Turn the front-end and back-end of delivery mechanism 41, rotates delivery mechanism 39 and third fixation rotation delivery mechanism 41 for being fixed second
It is fixedly mounted on the rear and front end of traction frame 25.
The fixed mounting includes fixed mounting plate 40,40 inner end of fixed mounting plate and the belt wheel mounting plate 36
It is fixedly connected；Angle iron is welded between fixed mounting plate 40 and belt wheel mounting plate 36, the angle iron is for enhancing fixed peace
Bonding strength between loading board 40 and belt wheel mounting plate 36；The fixed mounting plate 40 is fixedly mounted on the traction frame
In 25 rack fixed plate.
The delivering driving motor 30 and worm speed reducer 5431 are respectively and fixedly installed to the belt wheel by pedestal and install
The rear side of 36 front end of plate, the output shaft of the delivering driving motor 30 and the input shaft of the worm speed reducer 5431 are fixed and are connected
It connects；The delivering driving pulley 32 rotatably be mounted on the belt wheel mounting plate 36 front end front side, it is described delivering from
Movable belt pulley 33 is rotatably mounted on front side of the rear end of the belt wheel mounting plate 36；The delivering tensioning wheel 34 is mounted on described
It delivers driving pulley 32 and delivers on the belt wheel mounting plate 36 between driven pulley 33, the delivering tensioning wheel 34 includes more
It is a；The delivering driving pulley 32 and delivering driven pulley 33 passes through the delivering belt 35 and connects, the delivering tensioning
The lower end of wheel 34 is pressed on the delivering belt 35.
Deliver driving motor 30 drives delivering driving pulley 32 to rotate by worm speed reducer 31, and then delivers 35 band of belt
It moves the delivering driven pulley 33 and delivering tensioning wheel 34 rotates；When have cable from the first liftable rotation delivery mechanism 29,
Second fix rotation delivery mechanism 39 and third fix between rotation delivery mechanism 41 in the cable passage that forms by when, it is described
Delivering belt 35 drive cable movement by the frictional force of cable.
The disconnecting device 3 is mounted in the complete machine rack 5, is located at the top of the draft gear 2, when take-up fills
It sets the cable wound on 4 to reach when meeting dimensions length and requiring, the cable for cutting through the top of draft gear 2.Cut-out dress
It includes cutting cabinet 42 (being represented by dashed line in figure), cutting rotary power driving mechanism, swing span 50, combination jet cutting machine to set 3
Structure and swing span driving mechanism.
The cutting cabinet 42 is used to fix other mechanism parts on disconnecting device 3, the cutting cabinet 42
Bottom end is fixedly mounted on the upper end of the complete machine rack 5, and the bottom end cover of cutting cabinet 42 is equipped with incoming line, the incoming line
Cable for being pulled up by draft gear 2；The side end cap of the cutting cabinet 42 is equipped with observation window, the observation window
Situation for observing mechanism part in cutting cabinet 42；The cutting cabinet 42 can facilitate without upper cover in cutting cabinet 42
The maintenance of portion's component.In the case where cable need not be cut, cable pass through cutting cabinet 42 move up be wrapped in it is described
On take-up 4.
The cutting rotary power driving mechanism is used to drive the rotation of swing span 50, to realize the rotary cutting to cable
It cuts, combination jet cutting machine structure is prevented to be stuck when cutting cable.The revolving power mechanism includes circumgyration incision driving electricity
Machine 43, active toothed belt wheel 44, driven toothed belt wheel 45, toothed belt 48 and cutting rotating disk 49.The circumgyration incision driving motor
43 are fixedly mounted on by pedestal on the side end cap of the cutting cabinet 42, outside the output shaft of the circumgyration incision driving motor 43
End is fixedly connected with the active toothed belt wheel 44.The driven toothed belt wheel 45 includes driven inner ring 46 and driven outer ring 47, institute
The centre position for stating driven inner ring 46 is equipped with entrance hole, and the entrance hole is used for by needing cut-off cable, described
Entrance hole be correspondingly arranged with the incoming line；The driven inner ring 46 is mounted by means of bolts on the cutting machine
On case 42, the driven outer ring 47 is rotatably mounted on the outer circumference surface of the driven inner ring 46；It is described driven outer
It is toothed around on the outer circumference surface of circle 47.The driven outer ring 47 passes through the toothed belt 48 and the active toothed belt wheel
44 connections.The cutting rotating disk 49 use rectangular configuration, the cutting rotating disk 49 be mounted by means of bolts on from
The one end in 47 outside of dynamic outer ring, the cutting rotating disk 49 are used to transmit the rotary force on driven outer ring 47, and for installing
50 driving mechanism of swing span 50 and swing span.
The swing span 50 includes swinging bottom plate and swinging side plate, and the side plate that swings hangs down with the swing bottom plate
Straight fixed welding, the side plate that swings are symmetrically installed on the both sides for swinging bottom plate, swing weld side connecting plate between side plate,
The side connecting plate is used to enhance the bonding strength swung between side plate and swing bottom plate；The outer end for swinging side plate is equipped with oblique
Face, the inclined-plane can reduce the occupied space for swinging side plate to cutting cabinet 42, side plate and cutting machine swung to increase
Activity space between case 42, so as to allow swing span 50 to swing larger angle.The centre of the swing side plate is partially outer
End position and 49 hinge of cutting rotating disk select to rotate with the cutting in the inclined outer end position in centre for swinging side plate
49 hinge of disk can utilize lever principle to be realized in the case where swinging side plate inner end and applying relatively small power and swing side plate outer end
Swing.
The combination jet cutting machine structure includes cutting driving motor 51 and cuts for cutting off cable, combination jet cutting machine structure
Chamfering combination knife 52 is cut, it includes cutterhead and rose reamer that the cutting chamfering, which combines knife 52, and the rose reamer is fixedly mounted on
On the outer circumference surface of the cutterhead, when rose reamer damages at one, the rose reamer of damage can be replaced, not influence cutting and fall
Combine the replacement of knife 52 in angle；The rose reamer can make the clast generated during cutting cable is more convenient to fall, no
Can cause because clast blocks be delayed work efficiency the case where；The shaft of the output shaft and the cutterhead of the cutting driving motor 51 is solid
Fixed connection；The cutting driving motor 51 is fixed on the outer lower end of the swing bottom plate of the swing span 50 by pedestal.
50 driving mechanism of swing span drives the combination knife for driving the swing span 50 to swing
Cutting mechanism is separate or close to need cable to be cut；50 driving mechanism of swing span include wobble drive motor 53,
Speed reducer 54, swing span driving leading screw 55 and swing span drive screw 56.The output shaft of the wobble drive motor 53 with it is described
The input shaft of speed reducer 54 is fixedly connected, and the output shaft of the speed reducer 54 and the outer end of the swing span driving leading screw 55 are solid
The inner end of fixed connection, the speed reducer 54 is fixedly mounted in the cutting rotating disk 49；The swing span drives screw 56
It is spirally connected with swing span driving leading screw 55, the both sides of the swing span driving screw 56 and the inner end of the swing side plate are cut with scissors
Chain.
The take-up 4 including take-up driving mechanism, take-up reel Agency to clamping device, drive by the take-up
Motivation structure includes take-up support plate 57, positive and negative sliding block, two-way positive and negative screw mechanism, positive and negative driving motor 61, the take-up branch
The both ends bottom of fagging 57 is equipped with take-up support base, and take-up support plate 57 is fixed on the complete machine by the take-up support base
The upper end of rack 5；Take-up support plate 57 is equipped with take-up through-hole, and the take-up through-hole is for passing through cable.
The upper end of the take-up support plate 57 is equipped with guide rail, and the guide rail uses dovetail groove type guide rail, in the guide rail
Between longitudinal direction be equipped with groove, two-way positive and negative screw mechanism is installed in the groove；The two-way positive and negative screw mechanism
Including forward lead screw 60, positive screw and reversed screw, the forward direction screw and reverse silk mother stock not with the forward lead screw
60 are spirally connected, and the both ends of the forward lead screw 60 are rotatably mounted on the both ends of the take-up support plate 57；The positive and negative silk
One end of bar 60 is fixedly connected with the output shaft of the positive and negative driving motor 61.The rotation of positive and negative driving motor 61 is realized positive
The close or separation of screw and reversed screw.The positive and negative sliding block includes positive sliding block 58 and reverse slide block 59, can be slided respectively
Dynamic is sleeved on the guide rail, and the bottom end of the forward direction sliding block 58 is connect with the positive screw, the reversed cunning
The bottom end of block 59 is connect with the reversed screw；The dynamic positive sliding block 58 of the positive screw and reverse silk master tape is slided with reversed
Block 59 slides on the guide rail.
The two-way clamping mechanism includes positive holding frame 62, reverse clamp frame 63, drum drive shaft 64, photoelectric coding
The bottom end of device and spiral driving motor 65, the forward direction holding frame 62 is fixed on the positive sliding block 58, reverse clamp frame
63 bottom ends are fixed on the reverse slide block 59；The drum drive shaft 64 is rotatably mounted on described by bearing
On positive holding frame 62, spline is fixed on the surface of drum drive shaft 64；The spiral driving motor 65 is mounted on institute
On the positive holding frame 62 stated, the output shaft of spiral driving motor 65 is connect by retarder with the drum drive shaft 64,
The spiral driving motor 65 is equipped with photoelectric encoder, and the photoelectric encoder is turned over for detecting spiral driving motor 65
The number of turns；Multiple buphthalmos bearings 67 are uniformly installed on the medial surface of the reversed supporting rack.
66 mechanism of take-up reel includes take-up reel 66, and take-up reel 66 is for the cable after spacing winding demoulding；It is described
Take-up reel 66 use hollow cylinder barrel structure, the both sides of take-up reel 66 to be equipped with the surrounding edge of protrusion, the surrounding edge is for preventing
The cable being wrapped on take-up reel 66 slides from edge, and the side of the hollow cavity of take-up reel 66 is equipped with keyway, described
Keyway is correspondingly arranged with the spline；The take-up reel 66 be mounted on the drum drive shaft 64 on, the keyway with
The spline gaps cooperation, to facilitate the dismounting of take-up reel 66.
The control system includes controller, motor drive module and manipulation plate, and the controller uses microcontroller, control
The signal input part that the signal input part of device processed was electrically connected with the signal output end of the photoelectric encoder, manipulated plate respectively is electrically connected
It connects；The signal output end of controller is electrically connected with motor drive module, the signal output end of motor drive module respectively with it is described
Demoulding driving motor 7, delivering driving motor 30, clamping motor 27, circumgyration incision driving motor 43, wobble drive motor 53,
Driving motor 51, positive and negative driving motor 61, spiral driving motor 65 is cut to be electrically connected.
The manipulation plate is respectively equipped with the open and close key of demoulding driving motor 7, delivers the open and close key of driving motor 30, compresses
Rotating forward, reverse key and the stop key of motor 27, the open and close key of circumgyration incision driving motor 43, wobble drive motor 53 is just
Turn, reverse key and stop key, cut the open and close key of driving motor 51, the rotating forward of positive and negative driving motor 61, reverse key and stops
The only open and close key of key and spiral driving motor 65.
The operation principle of the present invention is that：
Cable of the appearance with film is placed on the demoulding turntable, needs to be taken off from described by the upper end of demoulding cable
It penetrates in the driving cylinder 13, is then pierced by by the line outlet 11, the cable being pierced by from line outlet 11 in film cabinet 6
The film of end is pushed aside, the film initial end on cable surface layer is then wound around the planet around the guide posts 12
On wheel 16；Then cable passage, disconnecting device 3 that the end of cable after demoulding is passed through to the draft gear 2, is fastened
On the take-up reel 66；The pressing force of cable is adjusted by electronic hold-down mechanism 26.
Open demoulding driving motor 7, delivering driving motor 30, spiral driving motor 65 by control system, it is described too
Positive disk driven pulley 15 drives the solar disk 10 under the driving of 8 output shaft upper end driving pulley 9 of contiuously variable transmission
Rotation, due on the solar disk 10,16 mechanism of planetary gear is also rotated with solar disk 10 planetary wheeling mechanism, to
Planetary gear 16, which pulls the film of cable outer layer, drags dismounting, and the film after dismounting is wound, and removes the cable after film and exists
It is moved up under the draw of top draft gear 2.
Planetary gear 16 is during stretch wrap film, it may occur that the situation that thinfilms are not tight, it is therefore desirable to row
Star-wheel 16 itself rotation takes up dynamics to improve to film.Since planet driven wheel 24 passes through belt and the planetary drive
14 connection of wheel, and planetary drive wheel 14 is fixed on the driving cylinder 13, therefore, when driving cylinder 13 to rotate, can be driven simultaneously
It moves the planet driven wheel 24 to rotate, and then has planet driven wheel 24 that the planetary gear 16 is driven to rotate.Planetary gear 16 exists
While rotation with solar disk 10, the rotation of itself can be also realized, to improve the dismounting effect to cable surface film.Planet
The rotating speed speed of wheel 16, can be adjusted by the adjustable friction clutch 19.When the planetary gear 16 of 10 side of solar disk twines
When full film, the planetary gear 16 for being wrapped over film can be unloaded by quick position fixing knob 18；Then the thinfilms on cable are existed
Winding is passed in and out on the planetary gear 16 of the other side；In this way the planetary gear 16 of both sides can stretch wrap film by turns, improve the dismounting to film
Efficiency.
It removes the cable after film to move up under the draw of draft gear 2 above, and then electricity is driven in spiral
Under the rotation driving effect of machine 65, the cable after demoulding is constantly wrapped on the take-up reel 66；At the same time, photoelectricity is compiled
The lap signal of the spiral driving motor 65 detected is transmitted to control system by code device, when number of turns value reaches certain value；Institute
The control system stated controls the demoulding driving motor 7, delivering driving motor 30, spiral driving motor 65 and is stopped；It is logical
It crosses manipulation plate and opens circumgyration incision driving motor 43, wobble drive motor 53, the cutting start-up operation of driving motor 51.Circumgyration incision
Driving motor 43 drives the swing span 50, combination jet cutting machine structure, swing span driving mechanism to rotate by rotating disk 49；
The cutting driving motor 51 drives the cutting chamfering to combine knife 52 and rotates；Pass through the wobble drive motor 53
The swing span driving leading screw 55 is driven to rotate, and then swing span driving screw 56 is revolved along the swing span driving leading screw 55
Transfer is dynamic, and to which swing span driving screw 56 drives the outer end of the swing span 50 inwardly to swing, swing span 50 drives described
Combination jet cutting machine structure inwardly clamp, cutting chamfering combination knife 52 and conductive cable contacts cuts cable；When cable cutting finishes
Afterwards, it is stopped rotating by control system and cuts driving motor 43 and the cutting work of driving motor 51, passed through control system and control pendulum
Dynamic driving motor 53 reversely rotates, and then swing span driving screw 56 is reversely moved along the swing span driving rotation of leading screw 55
Dynamic, to which swing span driving screw 56 drives the outer end of the swing span 50 to swing out, swing span 50 drives the group
It is outside to close jet cutting machine structure, far from cable.
After cable is cut, by the positive and negative driving motor 61 of manipulation plate unlatching, described in two-way positive and negative screw mechanism drive
Positive holding frame 62 and reverse clamp frame 63 it is separate, remove the take-up reel 66 of cable after being wrapped over demoulding；Then electricity will not be wound
The empty take-up reel 66 of cable is mounted in the drum drive shaft 64；Reversed turn of positive and negative driving motor 61 is opened by manipulating plate
Dynamic, two-way positive and negative screw mechanism drives the positive holding frame 62 and reverse clamp frame 63 close, by the take-up reel 66
It is clamped between the positive holding frame 62 and reverse clamp frame 63, then the upper end of cable is fastened in take-up reel 66
On.
Demoulding driving motor 7 is reopened by manipulating plate, delivers driving motor 30 and spiral driving motor 65, in repetition
Process is stated, until cable demoulding and cutting finishes.
It is the known technology of those skilled in the art in addition to the technical characteristic described in specification.
Above-mentioned, although the foregoing specific embodiments of the present invention is described with reference to the accompanying drawings, not protects model to the present invention
The limitation enclosed, based on the technical solution of the present invention, those skilled in the art, which would not require any inventive effort, to be done
The various modifications or changes gone out are still within the scope of the present invention.
Claims (9)
1. a kind of cable demoulding cuts off all-in-one machine, which is characterized in that including device for removing scum, draft gear, disconnecting device, take-up dress
It sets and complete machine rack；
Device for removing scum includes demoulding cabinet, demoulding power mechanism, sun gear mechanism and winding mechanism, the demoulding power mechanism
Outside mounted on demoulding cabinet side, the sun gear mechanism include solar disk and driving cylinder, drive the bottom end of cylinder
It is rotatably mounted on the upper end of the demoulding cabinet, the driving cylinder is connected to the demoulding cabinet；The driving cylinder is logical
It crosses transmission mechanism to connect with the demoulding power mechanism, the solar disk is fixedly mounted on the upper end of the driving cylinder；Institute
The winding mechanism stated rotatably is mounted on the solar disk；Winding mechanism is connected by transmission device and the solar disk
It connects；
The draft gear is mounted on the lower end of the complete machine rack and the top positioned at stripper apparatus, the disconnecting device
It is connected to mounted on the upper end of complete machine rack and with draft gear；Take-up is mounted in complete machine rack, and is located at disconnecting device
Top, for winding cable.
2. a kind of cable demoulding according to claim 1 cuts off all-in-one machine, characterized in that the winding mechanism is using row
Star-wheel mechanism, including planetary gear, planet axis and planet driven wheel；The planetary gear is mounted on the upper end of the planet axis；Institute
The planet axis stated rotatably is mounted on the solar disk, and the lower part that planet driven wheel is mounted on planet axis is filled by being driven
It sets and is connect with the driving cylinder.
3. a kind of cable demoulding according to claim 2 cuts off all-in-one machine, characterized in that including adjustable friction clutch
The lower part of device, the planet axis is equipped with lower screw thread；The adjustable friction clutch includes friction plate, debugging board, debugging bullet
Spring and the elastic handle of debugging, the friction plate are fixedly mounted on the upper end of the lower screw thread, and the debugging board is sleeved on described
In planet axis at lower screw thread, the debugging board is located at the lower section of the friction plate；The elastic handle of debugging includes debugging
Nut, the debugging nut are screwed onto the lower end of lower screw thread；The debugging spring pocket is mounted in the debugging nut and debugging board
Between planet axis on；The planet driven wheel is sleeved in the planet axis between the friction plate and debugging board, described
Planet driven wheel is connect by belt with the driving cylinder.
4. a kind of cable demoulding according to claim 1 cuts off all-in-one machine, characterized in that the draft gear, including
Traction frame, electronic hold-down mechanism, the first liftable rotation delivery mechanism, second fix rotation delivery mechanism and third fixation rotation
Turn delivery mechanism；First liftable rotation delivery mechanism, the second fixation rotation delivery mechanism and the third is fixed rotation and is passed
It send mechanism to be separated by 120 ° respectively to be mounted in the traction frame；The lower end of the upper end of traction frame and the complete machine rack
It is fixedly connected；
It is equal that first liftable rotation delivery mechanism, the second fixation rotation delivery mechanism and the third fixes rotation delivery mechanism
Including delivering driving motor, worm speed reducer, delivering driving pulley, delivering driven pulley, delivering tensioning wheel, delivering belt, band
Take turns mounting plate；
The delivering driving motor and worm speed reducer are respectively and fixedly installed to the rear side of the belt wheel installation front edge of board, described to pass
The output shaft of driving motor is sent to be fixedly connected with the input shaft of the worm speed reducer；The delivering driving pulley is rotatable
Front side mounted on the front end of the belt wheel mounting plate, the delivering driven pulley are rotatably mounted on the belt wheel mounting plate
Rear end on front side of；The delivering tensioning wheel is mounted on the delivering driving pulley and delivers the belt wheel installation between driven pulley
On plate, the delivering tensioning wheel includes multiple；The delivering driving pulley and delivering driven pulley passes through the delivering
Belt connects, and the lower end of the delivering tensioning wheel is pressed on the delivering belt；
The first liftable rotation delivery mechanism includes liftable mounting base, and liftable mounting base can mounted on described first
The front-end and back-end of lifting rotation delivery mechanism；The liftable mounting base includes liftable traction frame mounting plate and compression
Sliding rail is adjusted, the compression adjusts sliding rail and is fixedly mounted in the traction frame, liftable traction frame peace
The outer end of loading board is slidably mounted on the compression and adjusts in sliding rail, the inner end of the liftable traction frame mounting plate and institute
The belt wheel mounting plate stated is fixedly connected；
Described second fixes rotation delivery mechanism and third is fixed rotation delivery mechanism and fixed including fixed mounting, second
The front-end and back-end of rotation delivery mechanism are respectively mounted fixed mounting, and the front-end and back-end that third fixes rotation delivery mechanism are pacified
Fill fixed mounting；The fixed mounting includes fixed mounting plate, fixed mounting plate inner end and the belt wheel mounting plate
It is fixedly connected, the fixed mounting plate outer end is fixedly mounted in the traction frame；
The electronic hold-down mechanism includes clamping motor, turbine lift, and the clamping motor is fixedly mounted on the traction
The upper end of rack, the turbine lift are fixedly mounted in traction frame, the lower end of the output shaft of the turbine lift
It is rotatably connect by axial thrust roller bearing with liftable traction frame mounting plate；The turbine lift input shaft with
The output shaft of the clamping motor is fixedly connected.
5. a kind of cable demoulding according to claim 1 cuts off all-in-one machine, characterized in that the disconnecting device includes cutting
Cutting mill case, cutting rotary power driving mechanism, swing span, combination jet cutting machine structure and swing span driving mechanism；The cutting machine
The bottom end of case is fixedly mounted on the upper end of complete machine rack；
The cutting rotary power driving mechanism includes circumgyration incision driving motor, active toothed belt wheel, driven toothed belt wheel, tooth form
Band and rotating disk, the circumgyration incision driving motor are fixedly mounted on the cutting cabinet, the circumgyration incision driving electricity
The output shaft outer end of machine is fixedly connected with the active toothed belt wheel；The driven toothed belt wheel is rotatably mounted on described cut
On cutting mill case, the driven toothed belt wheel is connect by the toothed belt with the active toothed belt wheel；The rotating disk
It is fixedly mounted on one end on the outside of driven toothed belt wheel；The swing span is hinged with the rotating disk；
The combination jet cutting machine structure includes cutting driving motor and cutter, the output shaft of the cutting driving motor and institute
The shaft for stating cutter is fixedly connected；The cutting driving motor is fixed on the swing span outer end；
The swing span driving mechanism includes wobble drive motor, speed reducer, swing span driving leading screw and swing span driving silk
Mother, the inner end of the speed reducer are fixedly mounted in the rotating disk, the output shaft of the swing span driving motor with it is described
Speed reducer input shaft is fixedly connected, and the output shaft of the speed reducer drives the outer end of leading screw to be fixedly connected with the swing span；
The swing span driving screw is spirally connected with swing span driving leading screw, and the swing span driving screw is interior with the swing span
End is hinged.
6. a kind of cable demoulding according to claim 1 cuts off all-in-one machine, characterized in that the take-up includes receiving
To clamping device, the take-up driving mechanism includes take-up support plate, positive and negative cunning for line driving mechanism, take-up reel Agency
The bottom of block, two-way positive and negative screw mechanism, positive and negative driving motor, the take-up support plate is fixed on the upper of the complete machine rack
End；
The upper end of the take-up support plate is equipped with guide rail, and the intermediate longitudinal direction of the guide rail is equipped with groove, in the groove
Two-way positive and negative screw mechanism is installed；The two-way positive and negative screw mechanism includes forward lead screw, positive screw and reversed screw,
The forward direction screw and reverse silk mother stock are not spirally connected with the forward lead screw, and the both ends of the forward lead screw are rotatably installed
On the both ends of the take-up support plate；The output shaft of one end of the forward lead screw and the positive and negative driving motor, which is fixed, to be connected
It connects；
The positive and negative sliding block includes positive sliding block and reverse slide block, is slidably sleeved on respectively on the guide rail, described
The bottom end of positive sliding block is connect with the positive screw, and the bottom end of the reverse slide block is connect with the reversed screw；
The two-way clamping mechanism includes positive holding frame, reverse clamp frame, drum drive shaft and spiral driving motor, described
The bottom end of positive holding frame is fixed on the positive sliding block, and reverse clamp frame bottom end is fixed on the reverse slide block；
The drum drive shaft is rotatably mounted on the positive holding frame by bearing；The spiral driving motor
Output shaft drives axis connection with the drum；The take-up disc mechanism includes take-up reel, and the take-up reel is mounted on institute
It states in drum drive shaft.
7. a kind of cable demoulding according to claim 6 cuts off all-in-one machine, characterized in that set on the spiral driving motor
There is photoelectric encoder；Multiple buphthalmos bearings are uniformly installed on the medial surface of the reverse clamp frame.
8. a kind of cable demoulding according to claim 6 cuts off all-in-one machine, characterized in that the surface of the drum drive shaft
On be fixed with spline, the take-up reel uses hollow cylinder barrel structure, the both sides of take-up reel to be equipped with the surrounding edge of protrusion；Take-up
The hollow cavity of disk is equipped with keyway, and the keyway is correspondingly arranged with the spline in the drum drive shaft.
9. a kind of cable demoulding according to claim 8 cuts off all-in-one machine, characterized in that the keyway and the flower
Key clearance fit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610978744.XA CN106348098B (en) | 2016-11-04 | 2016-11-04 | A kind of cable demoulding cut-out all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610978744.XA CN106348098B (en) | 2016-11-04 | 2016-11-04 | A kind of cable demoulding cut-out all-in-one machine |
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| Publication Number | Publication Date |
|---|---|
| CN106348098A CN106348098A (en) | 2017-01-25 |
| CN106348098B true CN106348098B (en) | 2018-10-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610978744.XA Active CN106348098B (en) | 2016-11-04 | 2016-11-04 | A kind of cable demoulding cut-out all-in-one machine |
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| Country | Link |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109334533A (en) * | 2018-09-30 | 2019-02-15 | 临泉县赛莱斯农用车有限公司 | A kind of electric tricycle carriage rotating lifting gear |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2305013Y (en) * | 1997-07-31 | 1999-01-20 | 中铁兴业股份有限公司 | Electric electric cable stripper |
| CN203589609U (en) * | 2013-12-10 | 2014-05-07 | 国家电网公司 | Wire automatic stripping and cutting machine |
| CN203826864U (en) * | 2014-05-16 | 2014-09-10 | 国家电网公司 | Electric power cable stripper |
| CN104113016A (en) * | 2014-07-17 | 2014-10-22 | 合肥朗佳机电设备有限公司 | Multi-functional cable stripping device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3844831B2 (en) * | 1997-02-06 | 2006-11-15 | 石田電子株式会社 | Coaxial cable stripping device |
-
2016
- 2016-11-04 CN CN201610978744.XA patent/CN106348098B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2305013Y (en) * | 1997-07-31 | 1999-01-20 | 中铁兴业股份有限公司 | Electric electric cable stripper |
| CN203589609U (en) * | 2013-12-10 | 2014-05-07 | 国家电网公司 | Wire automatic stripping and cutting machine |
| CN203826864U (en) * | 2014-05-16 | 2014-09-10 | 国家电网公司 | Electric power cable stripper |
| CN104113016A (en) * | 2014-07-17 | 2014-10-22 | 合肥朗佳机电设备有限公司 | Multi-functional cable stripping device |
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| CN106348098A (en) | 2017-01-25 |
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